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We recommend that you use one of the following articles: Development of a fast prototype based on MATLAB/Simulink and BeagleBoard, which is especially suitable for beginners, digital signal processing, audio and video signal processing. Especially suitable for beginners, digital signal processing, audio and video signal processing See Http://beagleboard.org/project/beagleboard-

, especially suitable for beginners, digital signal processing, audio, video signal processingSeehttp://beagleboard.org/project/beagleboard-matlab-book/Recommended by MathWorks official websiteHttp://uk.mathworks.com/support/books/book86617.html?category=20language=1view=categorycan refer toHttps://sites.google.com/site/xwdaiuk/project/beaglematlabHttps://dl.dropboxusercontent.com/u/3979723/dxw/projects/Bea

(1) Conversion between data type and byte array The data transmitted directly in the string is a byte array bytearray, which is an array of type uint8. The data of a float type can be represented by 4 bytes, the data of type Double is 8 bytes, and so on, each type of data has a corresponding byte array representation. What we want to achieve is to convert the float type data to the corresponding uint8 array, and transmit the uint8 array through the serial port. Converts the received byte array t

1. Only after you run the simulation, in the Command window, enter:Set (0, ' showhiddenhandle ', ' on '); Set (GCF, ' menubar ', ' figure ');A menu bar appears at the top of the scope and you can modify all attributes of the image by selecting Tools->edit Plot.2. Double-click Scope->parameters->data history-> tick save Data to workspaceIn the Command window, enter:>> tt = scopedata.time; >> xx = ScopeData.signals.values; >> plot (tt,xx,'r');Get the figureHow do I convert scope to figure in

Code of the book "Digital Image Processing Principles and Practices (MATLAB)" Part4, matlab Digital Image ProcessingThis article is part 4 of the Code series in the book "Digital Image Processing Principles and Practices (MATLAB)", which records the code from 135th to 183rd

Code of the book "Digital Image Processing Principles and Practices (MATLAB)" Part6, matlab Digital Image ProcessingThis article is part of the code series "Part6" in the book "Digital Image Processing Principles and Practices (MATLAB version)", which records the code from 2

"Digital image processing principle and practice (MATLAB version)" A book Code PART5This article is the "Digital image processing principle and practice (MATLAB version)" A book Code series PART5. The code for the No. 225 to No. 280 pages of the book (the order in which the

This article is the "Digital image processing principle and practice (MATLAB version)" A Book of Code series PART7 (due to the previous release order adjustment, readers should note the page callout and not only based on the title number of the series article), the book on the 186th to No. 225 page of the code, for the need for readers to download research use. A

This article is the "Digital image processing principle and practice (MATLAB version)" A Book of code series PART8, the Book of the No. 375 to No. 415 page of the code, for the needs of readers to download research and use. At this point in the book code release is nearing the end, I hope that these sources can be usef

This article is the "Digital image processing principle and practice (MATLAB version)" A Book of Code series PART3 (p81~135), code execution results please refer to the original book map, it is recommended to download the code before reading:About the principle and practice of Digital Image processing (MATLAB version)

First the code, then the result diagram.An = [ -5:5];x=2*impseq ( -2,-5,5)-Impseq (4,-5,5); set (GCF, ' color ', [1,1,1]) % change coordinates peripheral background color stem (n,x); title (' Sequence In problem 2.1a '); Xlabel (' n '); Ylabel (' x (n) '); Grid on;Bn = [0:20]; X1 = N. * (Stepseq (0,0,20)-Stepseq (10,0,20)); x2 = ten * exp ( -0.3* (N-10)). * (Stepseq (10,0,20)-Stepseq (20,0,20)); x = x1 + X2;set (GCF, ' Color ', [1,1,1]) % change coordinates peri